State-of-the-Art Solution
Designed to increase the laboratory productivity through automation, the ISL OptiCPP measures the Cloud and Pour Point of petroleum products completely unattended, therefore reducing the operator time but also improving greatly the analysis performance.
Product Overview
Combining a revolutionary patented built-in cooling system and highly precise detection mechanism, ISL’s OptiCPP performs pour and/cloud point testing of any petroleum products, down to -95°C (-139°F), in accordance with all international standards. Its unique cooling technology eliminates external liquid connections, heat and noise. OptiCPP accommodates your unique testing requirements, because it is 100% configurable.
Automation enables unattended operation with excellent reproducibility and repeatability.
Key Features
Precise and reliable analysis performance
Powerful and flexible operation with ultra-low temperature capabilities
Enhanced calibration features
Compact Design with Built-in Cooling System
Built in QC-Chart for trend monitoring
Specs
Test Methods & Precision
Standard Test Methods:
Cloud Point:ASTM D5771 (IP 444) ,ASTM D2500 (IP 219), ISO 3015, JIS K2269
Pour Point:ASTM D5950 ,ASTM D97 (IP 15), ISO 3016, JIS K2269,ASTM D5853
Repeatability & Reproducibility
Pour Point
Repeatability: 2.7 ºC @ 1 ºC ,3.9 ºC @ 3 ºC
Reproducibility:4.5 ºC @ 1 ºC,6.1 ºC @ 3 ºC
Cloud Point
Repeatability: 2.2 ºC
Reproducibility: 3.9 ºC
Operation
Detection:
Cloud Point: Optical detection
Pour Point: Tilting detection
Cooling System:
Internal Stirling Cooling
Stepped or linear cooling profiles according to method or user defined
Customizable up to 20 steps
Test Interval:
Cloud Point: automatic 0.1°C or according to the method.
Pour Point: programmable 1 to 5°C in step of 0.5°C.
Application Range
Temperature Range:
Jacket: -105⁰C to + 55⁰C (-157 to +131°F)
Automatic control of programmable cooling steps.
Sample: – 95 to +51⁰C (-139 to 123⁰F)
⁰C or ⁰F configurable
NOTE: Samples having EPP higher than +35⁰C have to be preheated externally
Do not put samples hotter than 70⁰C into the unit
Measurements
Sample Temperature:
Accuracy: 0.1°C
Automatic calibration of measurement circuit and 2 to 10 point probe correction table.
Cooling Temperature:
Accuracy: 0.5°C.
Automatic calibration procedure.
Documentation
Display: Screen size 7” (16/9) with resolution (800×480); resistive touchscreen with real time graphic display
Printing:
Detailed detection curve tracking of fuel behaviors during the test; can be printed as part of test report.
Detailed test report in °C or °K with date & time stamped, sample information, test conditions, apparatus serial number
Result Documentation: 200 test runs (results) and 40 products (with cooling profiles)
QC-Functions: Automatic QC-sample handling and QC-Chart
Interface
User Interface:
7” color touch-screen (16:9 display, 800×480 res.), Virtual Keyboard
Languages: English, German, French
Printer:
The list of compatible printers that are proven to work successfully are as follows:
By USB: Brother HL-3170 CDW, Lexmark CS 310, Ricoh SP C250N, HP OfficeJet Pro 8120, Brother HL-L5000D
By Ethernet: Ricoh Aficio SG 3110dn, HP Color LaserJet Pro M425dn
LIMS interface: Ethernet or RS232, Used defined Data String, Automatic LIMS transfer
Data Export: USB Memory Stick, Import into Excel
Password Protection: Different Access levels for Operator, Service or Lab Manager
Calibration & Diagnostics:
User defined Calibration Intervals
Automatic Diagnostic functions
Accessories: Barcode Reader, Printer
Utility Requirements
Electrical: 90V to 240VAC ±10% switchable; 50-60Hz ; 300W
Ambient Conditions:
Temperature: max. 10° to 40°C; recommended 15° to 25°C
Humidity: 80% rel. at 35°C
Storage temperature: -15 to +55°C
Dimensions: 30 cm (12”) wide, 60 cm (24”) deep, 33 cm (13”) tall
Weight: 28kg, (62 lb)



